Metering discharge pressure is an effective strategy for decarbonising industrial cooling. Discharge pressure is the pressure of refrigerant leaving the compressor and entering the condenser. By measuring and controlling discharge pressure, industries can optimise their cooling systems and reduce energy consumption.
Metering discharge pressure involves using a device called a pressure transducer to measure the pressure of refrigerant leaving the compressor. Once the discharge pressure is measured, industries can use this information to adjust their cooling systems to maintain optimal discharge pressure levels.
Here are some benefits of metering discharge pressure for industrial cooling:
Increased energy efficiency: When discharge pressure is too high, cooling systems have to work harder to maintain the same amount of cooling. This increases energy consumption and carbon emissions. By metering discharge pressure, industries can optimise their cooling systems and reduce energy consumption.
Improved equipment lifespan: High discharge pressure can cause equipment failure due to the increased stress on the system. By metering discharge pressure, industries can prevent equipment failure and extend the lifespan of their cooling systems.
Reduced maintenance costs: Equipment failure due to high discharge pressure can lead to increased maintenance costs. By metering discharge pressure, industries can prevent equipment failure and reduce maintenance costs.
Improved product quality: In some industrial processes, high discharge pressure can cause product damage or reduced quality if the high discharge pressure reduces the system capacity. By metering discharge pressure, industries can ensure that the discharge pressure is within the optimal range for their specific processes, leading to improved efficiency.